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39Th ANNUAL FRANKLIN-STERLING GEM and MINERAL SHOW

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39Th ANNUAL FRANKLIN-STERLING GEM and MINERAL SHOW Franklin - Sterling GEM & MINERAL SHOW Friday, Saturday & Sunday Sept. 29th, 30th & Oct. 1st, 1995 Sponsored by *FRANKLIN M M I Li N S R U A -8-tv mac( s:‘ FRANKLIN, NEW JERSEY The Fluorescent Mineral Capital of the World STERLING HILL MINING MUSEUM 30 PLANT STREET OGDENSBURG, N.J. 07439 Welcome To The Sterling Mine In Ogdensburg, N.J. THE GATES ARE OPEN TO THE PUBLIC FOR A ONCE IN A LIFETIME, THRILLING OPPORTUNITY TO VISIT THE LAST OPERATING MINE IN NEW JERSEY! MANY ACTIVITIES ARE OFFERED SUCH AS A UNDERGROUND TOUR, SPECTACULAR FLUORESCENT MINERALS SHOWN IN PLACE, HISTORIC MINE BUILDINGS AND MUCH MORE! VISIT OUR GIFT SHOP AND REFRESHMENT STAND. MODERN RESTROOM FACILITIES AND PARKING AVAILABLE. MOST AREAS ARE HANDICAP ACCESSIBLE. PICNIC AREAS ARE AVAILABLE. FRANKLIKI ADMISSION CD ADULT 7.50 CHILDREN (UNDER 12) 5.00 SENIOR CITIZEN 6.50 NEW YORK EILI GROUP RATES For 10 or more, reservations are required for a $1.00 discount per person School Groups: Call for information HOURS OPEN 7 DAYS A WEEK 10 A.M. TO 5 P.M. LAST TOUR AT 3:30 P.M. Jacket or Sweater Recommended Proper Footwear required For Information Call tm (201) 209-7212 *Tours at 1 P.M. & 3 P.M. or by appointment COLLECTING AVAILABLE Last Sunday of each month thru November 10:00 am - 3:00 pm DEDICATION The show committee of the Franklin Mineral Museum takes great pleasure in dedicating this bulletin of the Franklin-Sterling Gem and Mineral Show for 1995 to Mr. Nick Zipco. Born November 2, 1912, Nick moved to Franklin, New Jersey with his family when he was 12 years old. They came from the heart of Pennsylvania coal mining country, Oceola Mills, Pa., where his father was a coal miner. His father was a zinc miner at Franklin until he was badly injured in a mine accident and could no longer work. Nick brought with him two Franklin mineral specimens given to him when he was 7 years old by a coal miner (who formerly worked in the Franklin mine) staying at his mother's boarding house. These two specimens were the beginning of the legendary "Nick Zipco" collection of Franklin minerals. Nick has preserved the most comprehensive collection of "ore associated" mineral assemblages from the Franklin mine in the world. He also has a very fine collection of Sterling Hill minerals. He was one of the original exhibitors for the earliest Franklin Mineral Shows held at The "Nabe" (neighborhood house). He was involved in the process of acquisition and preservation of the Buckwheat Dump property now owned by the Town of Franklin and operated by the Franklin Mineral Museum. Nick has much more to his credit including running Trotter Dump for many years and helping out around the museum. But his biggest contribution has been captivating thousands of people young and old who have visited and continue to visit Franklin and Sterling Hill, by telling stories of working in the mines and spreading his knowledge about Franklin minerals to students and collectors. From time to time we still hear people say, "what would Franklin be without Nick Zipco?" There are few words which can describe the appreciation for what this great man has done for Franklin and Sterling Hill. 1. The Franklin-Sterling Hill area Mineral Species List Compiled from numerous sources by Pete J. Dunn of the Smithsonian Institution and John L. Baum, Curator of the Franklin Mineral Museum, in May, 1995, following the nomenclature of the Glossary of Mineral Species (Fleischer, 1991). Procedures for adding species to this list are given in The Picking Table, 28. #1, pages 4-5 (1987). Acanthite Cahnite Fayalite Actinolite Calcite Feitknechtite Adamite Canavesite Ferrimolybdite Adelite Carrollite Ferristilpnomelane Aegirine Caryopilite Ferroaxinite Akrochordite Celestine Flinkite Albite Celsian Fluckite Allactite Cerussite Fluoborite Allanite-(Ce) Chabazite Fluorapatite Alleghanyite Chalcocite Fluorapophyllite Almandine Chalcophanite Fluorite Analcime Chalcopyrite Forsterite Anandite Chamosite Fraipontite Anatase Charlesite Franklinfurnaceite Andradite Chloritoid Franklinite Angle site Chlorophoenicite Franklinphilite Anhydrite Chondrodite Friedelite Annabergite Chrysocolla Anorthite Cianciulliite Gageite-1Tc Anorthoclase Clinochlore Gageite-2M Antlerite Clinochrysotile Gahnite Aragonite Clinoclase Galena Arsenic Clinohedrite Ganomalite Arseniosiderite Clinohumite Ganophyllite Arsenopyrite Clinozoisite Genthelvite Atacamite Clintonite Gersdorffite Augite Conichalcite Gerstmannite Aurichalcite Connellite Glaucochroite Aurorite Copper Goethite Austinite Corundum Gold Azurite Covellite Goldmanite Bakerite Cryptomelane Graphite Bannisterite Cuorite Greenockite Barite Cuprostibite Grossular Barium-pharmacosiderite Cuspidine Groutite Barylite Guerinite Barysilite Datolite Gypsum Bassanite Descloizite Bastnaesite-group mineral Devilline Haidingerite Baumhauerite Digenite Halotrichite Bementite Diopside Hancockite Berthierite Djurleite Hardystonite Bianchite Dolomite Hastingsite Biotite Domeykite Hauckite Birnessite Dravite Hausmannite Bornite Duftite Hawleyite Bostwickite Dypingite Hedenbergite Brandtite Edenite Hedyphane Breithauptite Epidote Hematite Brochantite Epsomite Hematolite-like-mineral Brookite Erythrite Hemimorphite Brucite Esperite Hendricksite Bultfonteinite Euchroite Hercynite Bustamite Eveite Hetaerolite 2. Heulandite Molybdenite-2H Schorl Hexahydrite Monohydrocalcite Sclarite Hodgkinsonite Mooreite Scorodite Holdenite Muscovite Seligmannite Huebnerite Sepiolite Humite Nasonite Serpierite Hyalophane Natrolite Siderite Hydrohetaerolite Nelenite Sillimanite Hydrotalcite Neotocite Silver Hydroxyapophyllite Niahite Sjogrenite Hydrozincite Newberyite Skutterudite Nickeline Smithsonite Illite Nontronite Ilmenite Sonolite Norbergite Spangolite Jacobsite Spessartine Jarosewichite Ogdensburgite Sphalerite Jerrygibbsite Ojuelaite Spinel Johannsenite Orthochrysotile Starkeyite Johnbaumite Orthoclase Sterlinghillite Junitoite Orthoserpierite Stibnite Kaolinite Otavite Stilbite Kentrolite Oyelite-like mineral Stilpnomelane Kittatinnyite Parabrandtite Strontianite Koettigite Pararammelsbergite Sulfur Kolicite Parasymplesite Sussexite Kraisslite Pargasite Svabite Kutnohorite Pectolite Synadelphite Larsenite Pennantite Laumontite Petedunnite Talc Lawsonbauerite Pharmacolite Tennantite Lead Pharmacosiderite Tephroite Legrandite Phlogopite Tetrahedrite Lennilenapeite Picropharmacolite Thomsonite Leucophoenicite Piemontite Thorite Linarite Pimelite Thortveitite Liroconite Powellite Tilasite Lizardite Prehnite Tirodite Loellingize Pumpellyite-(Mg) Titanite Loseyite Pyrite Todorokite Torreyite Magnesiohornblende Pyroaurite Pyrobelonite Tremolite Magnesioriebeckite Turneaureite Magnesium-chlorophoenicite Pyrochroite Magnetite Pyrophanite Uraninite Magnussonite Pyroxmangite Uranophane Malachite Pyrrhotite Uranospinite Manganaxinite Uvite Manganberzeliite Quartz Manganese-hoernesite Vesuvianite Manganhumite Rammelsbergite Villyaellenite Manganite Realgar Manganosite Retzian - (La) Wallkilldellite Manganpyrosmalite Retzian - (Nd) Wawayandaite Marcasite Rhodochrosite Wendwilsonite Margarite Rhodonite Willemite Margarosanite Richterite Wollastonite Marialite Roeblingite Woodruffite Marsturite Romeite Wulfenite Mcallisterite Rosasite Wurtzite Mcgovernite Roweite Xonotlite Meionite Rutile Yeatmanite Melanterite* Yukonite Meta-ankoleite Safflorite Zinalsite Metalodevite Samfowlerite Zincite Metazeunerite Sarkinite Zinkenite Microcline Sauconite Zircon Mimetite Schallerite Znucalite Minehillite Scheelite * reported but not confirmed with certainty. 3. Fluorescent Minerals of Franklin and Sterling Hill, N.J A 1994 CHECK-LIST BASED ON OBSERVATIONS BY RICHARD C. BOSTVVICK FL = fluoresces; PH = phosphoresces; SW - shortwave ultraviolet radiation; LW = longwave ultraviolet radiation These descriptions are necessarily brief and hence simplistic. the ultraviolet wavelength (SW or LW) listed with a fluorescent response is the wavelength for which the response is stronger; many listed minerals fluoresce under both LW and SW. Unusual fluorescent responses are listed in parentheses. Fluorescent intensity and subtle differences in hue are not mentioned. While mineral fluorescence is a powerful tool for rapid mineral identification, it should be used in conjunction with other identification techniques. Albite: FL red SW Manganathdte: FL red SW Aragonite: FL,PH cream LW Margarite: FL blue SW (FL green SW) Margarosanite: FL blue and red SW Barite: FL cream SW (FL orange LW) (FL tan LW, green SW) Marialite: FL yellow SW, pink LW Barylite: FL violet SW Mcallisterite: FL cream SW conspicuous under iron arc Meionite: FL pinkish-red SW (FL pink, Basssmite: FL, PH violet SW orange, yellow etc.) Bustsunite: FL red LW Meta-ankoleite: FL green SW Cahnite: FL cream SW Metalodevite: FL green SW Calcite: FL red w/red-orange PH Microcline: FL blue or red SW (FL pink, orange, cream, green, Minehillite: FL violet SW blue, yellow, violet etc.) Monohydrocalcite: FL green SW Canavasite: FL,PH violet LW Nasonite: FL pale Yellow SW Celestine: FL cream LW Newberryite: FL cream SW (FL violet SW) Norbergite: FL yellow SW Cerussite: LW yellow LW Oyelite-like mineral: FL violet and White LW Chabazite: FL green SW Pargasite: FL greenish-blue SW Charlesite: FL pale blue SW, but Pectolite: FL, PH orange SW coated with cream FL gypsum Phlogopite: FL yellow SW Chondrodite: FL yellow SW Picrophannacolite: FL white LW Clinohednte: FL orange-yellow SW Powellite: FL yellow SW Corundum: FL deep-red LW Prelmite: FL pinkish orange SW Cuspidine: FL orange-yellow SW Quarte: yellow or green SW brief orange-red
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